In a first aspect, there is described an optical system for monitoring a ball play volume of a roulette wheel. The optical system comprises an electronic image detector and a reflector arranged to reflect light from a ball play volume of a roulette wheel onto the electronic image detector. The electronic image detector is configured to form an image of the ball play volume from the reflected light. In a second aspect, there is described a method of monitoring a ball play volume of a roulette wheel. The method comprises the steps of using a reflector to reflect light from the ball play volume, and forming an image of the ball play volume from the reflected light. In a third aspect, there is described a method of manufacturing an optical system for monitoring a ball play volume of a roulette wheel. The method comprises the steps of providing an electronic image detector, and providing a reflector arranged to reflect light from a ball play volume of a roulette wheel onto the electronic image detector.
Legal claims defining the scope of protection, as filed with the USPTO.
1. An optical system for monitoring a ball play volume of a roulette wheel, comprising: an electronic image detector; a convex reflector arranged to receive light from a ball play volume of a roulette wheel and reflect the received light onto the electronic image detector, wherein the electronic image detector is configured to form an image of the ball play volume from the reflected light; and an image processor is configured to generate video image data from the formed image, and wherein the image processor is further configured to sample different data portions of the generated video image data, each sampled data portion corresponding to a respective image portion of the formed image, and each image portion being associated with a corresponding region of the ball play volume; wherein the image processor is further configured to determine an angular velocity or a deceleration of a ball within the ball play volume by comparing a first data portion of the video image data sampled at different times, the first data portion corresponding to a respective first image portion associated with a corresponding region of the ball play volume in which the ball track of the roulette wheel is located.
2. The optical system of claim 1 , wherein the image processor is further configured to determine a no more bets point by determining when a speed of the ball drops below a predetermined threshold.
3. The optical system of claim 1 , wherein the image processor is further configured to determine a drop zone of the ball by determining an angular position of the ball with respect to the cylinder of the roulette wheel, when during its deceleration the ball leaves the ball track of the roulette wheel.
4. An optical system for monitoring a ball play volume of a roulette wheel, comprising: an electronic image detector; a convex reflector arranged to receive light from a ball play volume of a roulette wheel and reflect the received light onto the electronic image detector, wherein the electronic image detector is configured to form an image of the ball play volume from the reflected light; and an image processor is configured to generate video image data from the formed image, and wherein the image processor is further configured to sample different data portions of the generated video image data, each sampled data portion corresponding to a respective image portion of the formed image, and each image portion being associated with a corresponding region of the ball play volume; wherein the image processor is further configured to determine an angular velocity or a deceleration of the cylinder of the roulette wheel by comparing a second data portion of the video image data sampled at different times, the second data portion corresponding to a respective second image portion associated with a corresponding region of the ball play volume in which at least a portion of the number ring of the roulette wheel or at least a portion the ball pockets of the roulette wheel are located.
5. An optical system for monitoring a ball play volume of a roulette wheel, comprising: an electronic image detector; a convex reflector arranged to receive light from a ball play volume of a roulette wheel and reflect the received light onto the electronic image detector, wherein the electronic image detector is configured to form an image of the ball play volume from the reflected light; and an image processor is configured to generate video image data from the formed image, and wherein the image processor is further configured to sample different data portions of the generated video image data, each sampled data portion corresponding to a respective image portion of the formed image, and each image portion being associated with a corresponding region of the ball play volume; wherein the image processor is further configured to determine a ball pocket of the roulette wheel in which a ball is resting by comparing a third data portion of the video image data sampled at different times, the third data portion corresponding to a respective third image portion associated with a corresponding region of the ball play volume in which the ball pockets of the roulette wheel are located.
6. An optical system for monitoring a ball play volume of a roulette wheel, comprising: an electronic image detector; a convex reflector arranged to receive light from a ball play volume of a roulette wheel and reflect the received light onto the electronic image detector, wherein the electronic image detector is configured to form an image of the ball play volume from the reflected light; and an image processor is configured to generate video image data from the formed image, and wherein the image processor is further configured to sample different data portions of the generated video image data, each sampled data portion corresponding to a respective image portion of the formed image, and each image portion being associated with a corresponding region of the ball play volume; wherein the image processor is further configured to determine when an object enters or leaves the ball play volume by comparing data portions of the video image data sampled at different times.
7. The optical system of any of claim 1 , 4 , 5 , or 6 , wherein the reflector is a mirror, and the mirror is aspherical.
8. The optical system of claim 1 , 4 , 5 , or 6 , wherein the image processor is implemented in software.
9. A method of monitoring a ball play volume of a roulette wheel, comprising the steps of: using a convex reflector to receive light from the ball play volume and reflect the received light on to an electronic image detector; forming an image of the ball play volume from the reflected light at the electronic image detector using an image processor to generate video image data from the formed image; sampling different data portions of the generated video image data, each sampled data portion corresponding to a respective image portion of the formed image, and each image portion being associated with a corresponding region of the ball play volume; and comparing a first data portion of the video image data sampled at different times, the first data portion corresponding to a respective first image portion associated with a corresponding region of the ball play volume in which the ball track of the roulette wheel is located, so as to determine an angular velocity or a deceleration of a ball within the ball play volume.
10. The method of claim 9 , further comprising the step of determining when a speed of the ball drops below a predetermined threshold so as to determine a no more bets point.
11. The method of claim 9 , further comprising the step of determining a drop zone by determining an angular position of the ball with respect to the rotational axis of the roulette wheel, wherein the angular position is the angular position of the ball at the point where the ball, during its deceleration, leaves the ball track of the roulette wheel.
Cooperative Patent Classification codes for this invention. Click any code to explore related patents in that topic.
November 1, 2012
August 1, 2017
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